Price | RM393.00 |
Product SKU | OLS-3155-5 |
Brand | PHOTONICSHOME |
Availability | In Stock |
Quantity |
|
OLS Series Optical Light Sources is the light source with wavelength of 1310/1550nm with a fixed output power of -5dBm. It transmits encrypted wavelength synchronization protocol, enabling the OPM-C Series Optical Power Meters to automatically detect the wavelength of OLS Series and use the proper calibration parameters. This feature omits the need for communications between two technicians and decreases the potential for errors. The OLS Series offers excellent stability and portability for accurate fiber optic testing. Single output port provides stable laser power at dual wavelengths. The compact unit operates in either continuous wave (CW) mode or modulated mode. It has a low battery alert reminder.
FEATURES
- Single output interface.
- Wavelength synchronization function (TWIN).
- Auto power-off function.
- Easy-to-use, straight forward operation.
- USB charging.
- LCD backlight for easy operation in darker environments.
- Friendly interface.
SPECIFICATIONS
Output Wavelength (nm) | 1310/1550 |
Emitter Type | LD |
Output Stability (dB) | - Short Term (15 min.): < ±0.05 @ 1310,1550nm; <±0.1 @ 850, 1300, 1490, 1625nmnm - Long Term (8 Hours ): < ±0.1 @ 1310,1550nm; <±0.2 @ 850, 1300, 1490, 1625nm1300, 1490, 1625nm |
Central Wavelength (nm) | 850 ±10, 1300/1310/1490/1550±20 |
Spectral Width (nm) | 5 |
Output Frequency (Hz) | CW, 270, 1K, 2K |
Output Power (dBm) | -5 ± 0.5dB |
Resolution (dB) | 0.01 |
Auto Power-off | Yes |
Back-light | Yes |
Power supply | AA Ni-MH Rechargeable Battery x 2pcs (USB charging) |
Operating Temperature (°C) | -10 to +50 |
Storage Temperature (°C) | -20 to +70 |
Relative humidity (%) | ≤90 RH |
Dimension (mm) | 160L x 76W x 45H |
INCLUDES IN THE BOXES:
- AA NiHM Rechargeable battery (2pcs)
- CD Disk (user manual)
- USB Cable (Charging)
- Calibration Certificate
- Carrying Case & Packing Box
- SC/PC Adapter
- FC/PC Adapter
- UK Plug
WARRANTY
1 year warranty against manufacturing defect